LEDs ♦ news digest brightness.”
What sets eco-friendly Soraa apart from all other lighting companies is its patented GaN on GaN technology. This technology produces a cleaner and brighter light while also cutting power consumption by 80 percent compared to a standard halogen lamp. A Soraa lamp puts out more light with one LED chip than competing lamps do with four chips. These lamps are so powerful; they create a laser line like sharpness that is visibly noticeable in shadows.
“The quality of light that is emitted from Soraa’s lamps is breathtaking; the crispness it brings to anything it touches is something you have to experience. We are ecstatic to be Soraa’s premiere online distributor for these extremely high quality MR16s,” says
1000Bulbs.com CEO Kim Pedersen.
The Soraa MR16 is one of the highest performance LED MR16 halogen replacement lamps on the market. The Sun has a CRI of 100, while Soraa’s LED has a CRI of 95 in their vivid series offerings; this creates brighter brights and whiter whites. To top it off, Soraa has developed a heat adjustment technology that ensures the lamp will not overheat in any environment.
With LEDs built from pure gallium nitride substrates, the lamp consists of a single light source, producing crisp, clean lines with minimal light scatter. This makes them ideal for use with track lighting systems in museums, art galleries, and retail stores. They also serve as an excellent light source for office or home recessed lighting fixtures as well as landscape applications.
Available in 2700K and 3000K colour temperatures, they have a life span of up to 30,000 hours and come with a 3-year warranty.
EpiLEDs orders more Aixtron CRIUS II-L tools
The company will use the reactors to make more LED wafers and chips ranging from 365 to 940 nm
Aixtron has announced another repeat order from Taiwan’s EpiLEDs Co., Ltd. to support ramp-up of GaN-based LED production for lighting applications.
The order for two CRIUS II-L 69 x 2-inch systems was made in the first quarter of 2013 for delivery in the third quarter of 2013. EpiLEDs is exclusively producing with MOCVD equipment from Aixtron.
CRIUS II-L 69 x 2-inch system
MingSen Hsu, President at EpiLEDs, comments. “We want a smooth ramp-up of production based on existing, proven technology. The CRIUS II-L meets our requirements for high throughput enabled by semi-automated loading and best cost-of-ownership in class. Further, the system is already fully qualified for production of EpiLEDs’ high-end LED power chips. Naturally, we plan to continue to work closely with Aixtron in meeting our future MOCVD needs.”
Christian Geng, Aixtron’s Vice President Southeast Asia, adds, “Our relationship with EpiLEDs goes a long way. It is a good example how close collaboration creates win-win; EpiLEDs has been very successful on every generation of Aixtron tools, strengthening its technology leadership.”
The CRIUS II-L systems are delivered with Aixtron’s ARGUS
Topside Temperature Control (TTC) system. The method eliminates temperature variation within each run and run-to-run, enabling high production yields.
EpiLEDs develops, designs and manufactures a wide range of blue, green, red, and white light LED wafers and chips at its production facility in Tainan Science Park.
The company’s LED wafers and chips are featured with high efficacy, low power consumption, long life expectancy and full range of wavelength ranging from 365 to 940 nm suitable for a wide range of applications, such as indicators of consumer electronics, light source of fax machines and scanners, indoor or outdoor display boards, automotive lightings, traffic signals and illuminators.
Glasgow University awarded grant for research using
Oxford Instruments tools The systems will be used in the fabrication of high performance electronic and optical devices including LEDs and lasers
The University of Glasgow has been awarded a £3 million share of £85 million new government funding for equipment to support pioneering research to improve the efficiency of electronic and optical components.
August/September 2013
www.compoundsemiconductor.net 85
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